Key result
Pharmacogenetics explain significant warfarin response variability while evidence for NOACs remains limited.
Why the study?
Integrating pharmacogenetics with clinical data offers an opportunity for tailored oral anticoagulant therapy according to individual patient characteristics.
Does pharmacogenetic information improve the tailoring of oral anticoagulant therapy in patients with atrial fibrillation?
Does pharmacogenetic information improve the tailoring of oral anticoagulant therapy in patients with atrial fibrillation?
While pharmacogenetics explains significant variability in warfarin response, its clinical utility remains equivocal, and evidence for NOACs is currently too limited to draw firm conclusions.
Does not support pharmacogenetic-guided oral anticoagulation in AF; leaves open whether larger NOAC studies can establish utility.
Introduction: The inclusion of pharmacogenetics alongside clinical information in anticoagulant therapy offers the opportunity for a tailored approach to treatment according to individual patient characteristics.Areas covered: Literature was searched using PubMed database, focusing on pharmacogenetics of oral anticoagulants. Original research articles and review articles in English language were included in the literature reviewed. This article includes all information available for the genetic cause of inter-individual variability in anticoagulation response to oral anticoagulant drugs. The pharmacogenetics of VKAs and NOACs are described in detail.Expert opinion: There have been numerous studies focusing on the pharmacogenetics of VKAs, particularly warfarin. Current evidence suggests that known genetic and clinical factors explain a large proportion of the inter-individual variability in response to warfarin. Pharmacogenetic-based algorithms have been validated to determine their clinical utility with equivocal results. To date, only a limited number of mostly small studies on the pharmacogenetics of NOACs exists. The latter have highlighted genetic polymorphisms in specific genes that may affect clinical outcomes. Further evaluations of these polymorphisms are needed before firm conclusions can be drawn about the significance of pharmacogenetics on NOAC therapy.
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Kampouraki et al. (2019) conducted a review in Atrial fibrillation. Pharmacogenetics of oral anticoagulants (VKAs and NOACs) was evaluated. Pharmacogenetic factors explain a large proportion of inter-individual variability in warfarin response, whereas evidence for NOAC pharmacogenetics remains limited to small studies.
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